310 lines
10 KiB
JavaScript
310 lines
10 KiB
JavaScript
var viewer;
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// const devices = [
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// {
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// id: "Sensor 1",
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// position: {
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// x: -22.779729106182415,
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// y: 5.431043023608719,
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// z: 4.553068469137088,
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// },
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// type: "combo",
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// sensorTypes: ["temperature", "co2"],
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// dbId: 1,
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// },
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// {
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// id: "Sensor 2",
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// position: {
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// x: 0.20752051811882666,
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// y: 5.431043023608719,
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// z: 4.553068469137088,
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// },
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// type: "combo",
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// sensorTypes: ["temperature", "co2"],
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// dbId: 2,
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// },
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// ];
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// var sensorStyleDefinitions = {
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// co2: {
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// url: "https://d2zqnmauvnpnnm.cloudfront.net/assets-1/images/co2.svg",
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// color: 0xffffff,
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// },
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// temperature: {
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// url: "https://d2zqnmauvnpnnm.cloudfront.net/assets-1/images/thermometer.svg",
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// color: 0xffffff,
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// },
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// default: {
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// url: "https://d2zqnmauvnpnnm.cloudfront.net/assets-1/images/circle.svg",
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// color: 0xffffff,
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// },
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// };
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// Initialize sensor values
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//let sensorVals = [];
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let fragProxy;
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var targetFloorZ;
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var elevatorSpeed;
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// for (let i = 0; i < devices.length; i++) {
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// sensorVals[i] = Math.random();
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// }
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function launchViewer(urn) {
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var options = {
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env: 'AutodeskProduction',
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getAccessToken: getForgeToken
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};
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Autodesk.Viewing.Initializer(options, () => {
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viewer = new Autodesk.Viewing.GuiViewer3D(document.getElementById('forgeViewer'));
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//viewer = new Autodesk.Viewing.Viewer3D(document.getElementById('forgeViewer'));
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viewer.start();
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var documentId = 'urn:' + urn;
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Autodesk.Viewing.Document.load(documentId, onDocumentLoadSuccess, onDocumentLoadFailure);
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//test
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// for (let i = 0; i < urn.length; i++) {
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// Autodesk.Viewing.Document.load(urn[i]["urn"], async (doc) => {
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// let viewables = doc.getRoot().getDefaultGeometry();
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// let model = await viewer.loadDocumentNode(doc, viewables, {
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// preserveView: false,
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// keepCurrentModels: true,
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// placementTransform: (new THREE.Matrix4()).setPosition(urn[i]["xform"]),
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// keepCurrentModels: true,
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// globalOffset: {
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// x: 0,
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// y: 0,
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// z: 0
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// }
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// });
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// await viewer.waitForLoadDone(); //!<<< Wait for loading materials, properties and geometries for this model (URN)
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// });
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// }
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//loadHeatmaps(viewer.getAllModels()[0]); //!<<< equals to viewer.model
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});
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}
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function getAllLeafComponents(viewer, callback) {
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var cbCount = 0;
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var tree;
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var jsData = []
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function getLeafComponentsRec(current, parent) {
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cbCount++;
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if (tree.getChildCount(current) != 0) {
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tree.enumNodeChildren(current, function (children) {
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getLeafComponentsRec(children, current);
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}, false);
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}
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var nodeName = viewer.model.getInstanceTree().getNodeName(current)
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jsData.push({ id: current, parent: parent, text: nodeName })
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if (--cbCount == 0) callback(jsData);
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}
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viewer.getObjectTree(function (objectTree) {
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tree = objectTree;
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var rootId = tree.getRootId()
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var nodeName = viewer.model.getInstanceTree().getNodeName(rootId)
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jsData.push({ id: rootId, parent: '#', text: nodeName })
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var allLeafComponents = getLeafComponentsRec(rootId, '#');
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});
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}
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function onDocumentLoadSuccess(doc) {
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var viewables = doc.getRoot().getDefaultGeometry();
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viewer.loadDocumentNode(doc, viewables).then(i => {
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// documented loaded, any action?
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});
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// viewer.addEventListener(Autodesk.Viewing.AGGREGATE_SELECTION_CHANGED_EVENT, (args) => {
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// var currSelection = viewer.getSelection();
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// var domElem = document.getElementById('id_printer');
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// domElem.innerText = currSelection[0];
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// });
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//viewer.addEventListener(Autodesk.Viewing.GEOMETRY_LOADED_EVENT, function () {
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// var instanceTree = viewer.model.getData().instanceTree;
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// var allDbIdsStr = Object.keys(instanceTree.nodeAccess.dbIdToIndex);
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// var domElem = document.getElementById('all_id');
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// domElem.innerText = allDbIdsStr;
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// let tree = viewer.model.getData().instanceTree;
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// let nodeId = 10952;
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// tree.enumNodeFragments(nodeId, function (frag) {
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// fragProxy = viewer.impl.getFragmentProxy(viewer.model, frag);
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// fragProxy.getAnimTransform();
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// let fragPosition = new THREE.Vector3(0, 0, 0);// 一樓0 二樓15 三樓 26
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// fragProxy.position = fragPosition
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// fragProxy.updateAnimTransform()
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// });
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// viewer.impl.sceneUpdated(true);
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//});
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}
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function setElevatorFloor(floor) {
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if (floor == 0)
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targetFloorZ = 0;
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else if (floor == 1)
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targetFloorZ = 15;
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else if (floor == 2)
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targetFloorZ = 26;
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}
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function setElevatorSpeed(speed) { //0.01 ~ 1
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elevatorSpeed = speed;
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}
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function movElevator() {
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let tree = viewer.model.getData().instanceTree;
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let nodeId = 10952;
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let fragProxyZ = 0;
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var movStatus = 0; // 0=no 1=up 2=down
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if (fragProxy.position.z > targetFloorZ) {
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movStatus = 2
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}
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else if (fragProxy.position.z < targetFloorZ) {
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movStatus = 1
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}
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if (movStatus == 0) {
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return;
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}
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tree.enumNodeFragments(nodeId, function (frag) {
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fragProxy = viewer.impl.getFragmentProxy(viewer.model, frag);
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fragProxy.getAnimTransform();
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//let fragPosition = new THREE.Vector3(0, 0, 15);// 一樓0 二樓15 三樓 26
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if (movStatus == 2) {
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fragProxy.position.z -= elevatorSpeed;
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}
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else if (movStatus == 1) {
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fragProxy.position.z += elevatorSpeed;
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}
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fragProxyZ = fragProxy.position.z;
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fragProxy.updateAnimTransform()
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});
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viewer.impl.sceneUpdated(true);
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if (movStatus == 2) {
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if (fragProxyZ >= targetFloorZ) {
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requestAnimationFrame(movElevator);
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}
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}
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else if (movStatus == 1) {
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if (fragProxyZ <= targetFloorZ) {
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requestAnimationFrame(movElevator);
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}
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}
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//let fragPosition = new THREE.Vector3(position);// 一樓0 二樓15 三樓 26
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//fragProxy.position = fragPosition;
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//fragProxy.updateAnimTransform();
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//viewer.impl.sceneUpdated(true);
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}
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function getAllDbIds(viewer) {
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var instanceTree = viewer.model.getData().instanceTree;
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var allDbIdsStr = Object.keys(instanceTree.nodeAccess.dbIdToIndex);
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return allDbIdsStr.map(function (id) { return parseInt(id) });
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}
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/**
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* Autodesk.Viewing.Document.load() failuire callback.
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*/
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function onDocumentLoadFailure(viewerErrorCode) {
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console.error("onDocumentLoadFailure() - errorCode:" + viewerErrorCode);
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}
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function getForgeToken(callback) {
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fetch(baseApiUrl + '/api/forge/oauth/token').then(res => {
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res.json().then(data => {
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callback(data.dictionary.access_token, data.dictionary.expires_in);
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});
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});
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//callback("eyJhbGciOiJSUzI1NiIsImtpZCI6IlU3c0dGRldUTzlBekNhSzBqZURRM2dQZXBURVdWN2VhIn0.eyJzY29wZSI6WyJkYXRhOndyaXRlIiwiZGF0YTpyZWFkIiwiYnVja2V0OnJlYWQiLCJidWNrZXQ6dXBkYXRlIiwiYnVja2V0OmNyZWF0ZSJdLCJjbGllbnRfaWQiOiJUQTNocXNGZnpRYk5PVVhLcGxkS1VLU2V3NFNKMjF3NSIsImF1ZCI6Imh0dHBzOi8vYXV0b2Rlc2suY29tL2F1ZC9hand0ZXhwNjAiLCJqdGkiOiJiemxzWE5qWElvZ2R1UjUzTUJkdlhrTTNTT01qeVB1bHJrMmdTVWJudGNTeDg1b01kRG1xejg3Z05jenJkRzhpIiwiZXhwIjoxNjY4MTgzMDM2fQ.VU3qLwTJ9nlXnomKCdk4y5UcgszGEO_zlvE7w5mWWajeBMwKLo-zw7LJEqUEajRksvssppR9SbVsjLSx-vDVc3DRhCo3jYTWKPT1T3wQrlkOSqLeIrAdnKdBDNBWKgrGJt_xcmXc3dZ3XNKf9L_F6Ex808rUlo6cem1mcPpKl1jCBDqKu1mAX7aDtZ65TTQZbGGhbG4HdnET-d1i5w4LunGN11UAHhDUW3n0SWWIBL27PiiUQONZttajhD5st6IngYLcjr93BYVyJmDF7-wm4WZlHSw2OnXIfbJcFXEd83uVv_Rej4UXjzZ0e6kHwzc2nvGvKSIFu3Nt7CabdR8CkA", 3599);
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}
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async function loadHeatmaps(model) {
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const dataVizExtn = await viewer.loadExtension("Autodesk.DataVisualization");
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// Given a model loaded from Forge
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const structureInfo = new Autodesk.DataVisualization.Core.ModelStructureInfo(model);
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const devices = [
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{
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id: "Oficina 6",
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name: "Oficina-",
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position: { x: 22.475382737884104, y: 7.4884431474006163, z: 3.0 },
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sensorTypes: ["temperature", "humidity"]
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}
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];
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var offset = Autodesk.viewer.model.getGlobalOffset();
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removeOffset(devices[0], offset)
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// Generates `SurfaceShadingData` after assigning each device to a room.
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const shadingData = await Autodesk.structureInfo.generateSurfaceShadingData(devices);
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// Use the resulting shading data to generate heatmap from.
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await dataVizExtn.setupSurfaceShading(model, shadingData);
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// Register color stops for the heatmap. Along with the normalized sensor value
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// in the range of [0.0, 1.0], `renderSurfaceShading` will interpolate the final
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// heatmap color based on these specified colors.
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const sensorColors = [0x0000ff, 0x00ff00, 0xffff00, 0xff0000];
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// Set heatmap colors for temperature
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const sensorType = "temperature";
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dataVizExtn.registerSurfaceShadingColors(sensorType, sensorColors);
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// Function that provides sensor value in the range of [0.0, 1.0]
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function getSensorValue(surfaceShadingPoint, sensorType) {
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// The `SurfaceShadingPoint.id` property matches one of the identifiers passed
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// to `generateSurfaceShadingData` function. In our case above, this will either
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// be "cafeteria-entrace-01" or "cafeteria-exit-01".
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const deviceId = surfaceShadingPoint.id;
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// Read the sensor data, along with its possible value range
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let sensorValue = readSensorValue(deviceId, sensorType);
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const maxSensorValue = getMaxSensorValue(sensorType);
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const minSensorValue = getMinSensorValue(sensorType);
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// Normalize sensor value to [0, 1.0]
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sensorValue = (sensorValue - minSensorValue) / (maxSensorValue - minSensorValue);
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return clamp(sensorValue, 0.0, 1.0);
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}
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// This value can also be a room instead of a floor
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const floorName = "01 - Entry Level";
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dataVizExtn.renderSurfaceShading(floorName, sensorType, getSensorValue);
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}
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